Z Sun, G Guo, J Zhang - … Conference, UMAP 2015, Dublin, Ireland, June …, 2015 - Springer
Collaborative filtering inherently suffers from the data sparsity and cold start problems. Social networks have been shown useful to help alleviate these issues. However, social …
Collaborative filtering algorithms, such as matrix factorization techniques, are recently gaining momentum due to their promising performance on recommender systems. However …
A Ramlatchan, M Yang, Q Liu, M Li… - Big Data Mining and …, 2018 - ieeexplore.ieee.org
In recent years, the recommendation systems have become increasingly popular and have been used in a broad variety of applications. Here, we investigate the matrix completion …
K Ji, R Sun, X Li, W Shu - Neurocomputing, 2016 - Elsevier
Matrix approximation is a common model-based approach to collaborative filtering in recommender systems. Many relevant algorithms that fuse social contextual information …
Recommender systems collect various kinds of data to create their recommendations. Collaborative filtering is a common technique in this area. This technique gathers and …
MH Aghdam, M Analoui… - Journal of Information …, 2017 - journals.sagepub.com
Collaborative filtering is a popular strategy in recommender systems area. This approach gathers users' ratings and then predicts what users will rate based on their similarity to other …
Collaborative filtering (CF), particularly matrix factorization (MF) based methods, have been widely used in recommender systems. The literature has reported that matrix factorization …
F Zhao, M Xiao, Y Guo - IJCAI, 2016 - people.scs.carleton.ca
Recommender systems have been widely studied in the literature as they have real world impacts in many E-commerce platforms and social networks. Most previous systems are …
A Noulapeu Ngaffo, Z Choukair - Neural computing and applications, 2022 - Springer
In recent years, the ever-growing contents (movies, clothes, books, etc.) accessible and buyable via the Internet have led to the information overload issue and therefore the item …